NEXCOM unveils RoboWIZ platform to simplify AI robot development

A modular approach to robotics

NEXCOM and its subsidiary NexCOBOT recently showcased the RoboWIZ AI Robotics Platform at NVIDIA GTC Berlin. This platform serves as an open ecosystem designed to streamline how engineers develop and deploy AI-driven robots. Instead of offering a single finished product, it provides a framework that connects controllers with a variety of third-party components and services.

The platform aims to simplify the integration of several complex systems into a single working machine. This includes AI computing, cameras, sensors, real-time motion control, drives, and actuators. It also incorporates essential backend requirements like functional safety, cybersecurity, and application software into a unified development environment.

By using this ecosystem, developers can select specific technologies based on the unique needs of their project. This flexibility means the same framework can be used to build a wide range of machines. These include humanoid robots, quadrupeds, mobile manipulators, collaborative robots, and autonomous mobile robots.

The five pillars of RoboWIZ

RoboWIZ organizes robot development into five distinct technological areas. The AI control layer is designed to be versatile, supporting computing platforms from major manufacturers like NVIDIA, Intel, and Qualcomm. This ensures that the core intelligence of the robot can run on various types of hardware depending on the power requirements.

Beyond the brain of the robot, the ecosystem covers the physical and safety requirements of the machine. This includes joints, grippers, dexterous hands, and communication modules. It also integrates visual perception tools, such as cameras and sensors, which allow the robot to interact with its surroundings in real-time.

Functional safety and real-time control are also core pillars of the platform. These systems ensure that robots can move predictably and safely in environments where they might interact with humans. The platform provides the necessary infrastructure for these tasks without requiring developers to build every safety protocol from scratch.

Strategic hardware and partnerships

To demonstrate the reach of the RoboWIZ ecosystem, NEXCOM highlighted several key technology partners at the Berlin event. RealSense provides depth-sensing cameras and computer-vision technology for navigation and spatial awareness. Stereolabs contributes ZED stereo-vision cameras and 3D perception software for industrial and robotic applications.

The platform also incorporates motion and safety technology from Synapticon. Their EtherCAT-based servo-drive and SOMANET drive technology combine motor control and safety functions into compact modules for robot joints. These components help the robot move smoothly while maintaining the high standards required for industrial use.

Finally, the ecosystem includes engineering services from Reynolds & Moore to handle risk assessment and safety-system design. Paul Schmitt, CTO of Reynolds & Moore, noted that there is no one-size-fits-all safety architecture for robotics. He explained that NexCOBOT addresses this by combining AI, motion control, and functional safety into a single platform with high-performance processing power.

Integration with NVIDIA IGX Thor

A significant part of the RoboWIZ portfolio is based on the NVIDIA IGX Thor platform. This system was first introduced by NEXCOM at an NVIDIA GTC event in San Jose in March 2026. It is designed to handle the specific challenges of advanced robot development where AI computing must work alongside deterministic motion control.

The platform combines NVIDIA Blackwell AI computing with NEXCOM's proprietary technologies for cybersecurity and real-time motion control. This combination is intended to provide a stable foundation for developers who need to balance high-speed processing with reliable mechanical movement. It addresses the control side of robot development, which is often the most difficult part of the engineering process.

NEXCOM plans to continue expanding this portfolio as part of its broader AIoT ecosystem. By focusing on open standards, the company aims to provide integrated services across various sectors. This includes smart cities, digital healthcare, and manufacturing operations management, all supported by the underlying robotics and edge computing technologies found in RoboWIZ.